Energy Balance and Cosmic Harvest Theory: Geometric Dynamics of the Spacetime Fabric and Unified Field Solution

AbstractThis study introduces the “Cosmic Harvest Theory,” a novel unified framework thataddresses fundamental cosmological crises—Dark Matter, Dark Energy, and the HubbleTension—under the axiom of Geometric Accounting (𝐻 = 0). Unlike the standard ΛCDMmodel, space-time is defined as a dynamic fabric (Positive Energy - PE), where matterformation is modeled as a variational “Harvesting” process (Negative Energy - NE) fromthis fabric.A Harvest Tensor (𝐻𝜇𝜈), derived via extended Lagrangian variation of the scalar fieldpotential, is integrated into the Einstein field equations through a universal tissue stiffnesscoefficient (𝛽). Anomalies in galaxy rotation curves are explained not by exotic particles,but by a logarithmic potential interference (𝑉𝑒 𝑓 𝑓 ) arising from fabric resistance. Statisticaltests conducted on 175 galaxies from the SPARC database yield a reduced 𝜒2 of 1.08.The Golden Ratio (Φ ≈ 1.618) is derived as a mandatory stability eigenvalue of the fabricevolution matrix, providing a geometric basis for energy quantization. Furthermore, the5.8𝜎 Hubble tension is resolved by modeling the expansion as a logarithmic fatigue phase offabric production under debt pressure, aligning local and CMB measurements within < 1%deviation. Finally, a “Planck Buffer” mechanism is introduced to resolve singularities intofinite-volume “Fabric Cores,” offering a geometric solution to the information loss paradox.